Scientists develop new brain-computer interface that silently decodes inner speech and thoughts, making it one of the first ...

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Among them is one developed by Andreas Forsland, CEO of Cognixion. It’s a brain-computer interface (BCI) that can help paralyzed patients interact with computers and communicate.

It’s also slower than using a computer with Neuralink’s N1, which is able to capture much more brain data than Synchron’s device, which uses many more electrodes than the Stentrode.

To build a brain-computer interface, researchers have to translate those neural signals into digital commands that let the wearer drive a prosthetic limb or a computer.

The team then tested “plug and play” control for over 44 days. The brain-computer interface was stable for over a month from the last calibration without any notable decreases in performance.

Gert-Jan Oksam, who has been paralyzed for 12 years, was able to walk again thanks to a brain-computer interface that sends signals from his brain to his spine.

The breakthrough is an important step towards creating a brain-computer interface capable of reading the thoughts of people who are unable to communicate verbally.

While patient K1 was able to use the neurofeedback-based brain-computer interface to communicate with his family, the system isn't perfect.

The first wireless brain-computer interface (BCI) system proved successful in human trials, allowing men with paralysis to control a table with their mind and without being tethered to a transmitter.